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Bioenergetics is a very broad subject which covers a wide range of systems. The movement of electrons and ions across and through membranes is important in areas such as energy transduction, cell biology, and cell signalling. This book describes the core of bioenergetic techniques that are necessary to analyse membrane-translocating events.
Readership: Research scientists working in the areas of mammalian and plant biochemistry, and cell biology, studying bioenergetics.
Edited by Guy C. Brown, Department of Biochemistry, University of Cambridge, and Chris E. Cooper, Department of Paediatrics, University College of London Medical School
1.: Oxygen, proton, and phosphate fluxes and stoichiometries 2.: Membrane permeability and transport 3.: The protonmotive force 4.: Reconstitution of bioenergetic proteins and the uses of proteoliposomes 5.: Redox states and potentials 6.: Control and regulation in bioenergetics 7.: Patch clamping of bioenergetic membranes and proteoliposomes 8.: Studies of cellular energetics using 31P-NMR 9.: Isolation and characterization of photosynthetic reaction centres from eukaryotic organisms
